RF Planning & Design
Model floor plans, materials, APs, antennas, multi-floor geometry and 2D/3D RF coverage.
See design capabilitiesOne wireless engineering workspace
Wireless engineering from requirements to deployment.
Plan, analyze, optimize and validate Wi-Fi and RF networks in one browser-based engineering platform—from the first floor plan to the as-built report.
- Browser based
- 2D + 3D RF design
- Deterministic engineering outputs
RF planningFloor plans, walls, APs, antennas
OptimizationPlacement, channels, capacity
ValidationMeasured vs predicted RF
InfrastructureSwitching, PoE, cabling, BOM
Multi-radioWi-Fi, BLE, UWB, IoT, 5G
Complete lifecycle
One project. Seven connected engineering stages.
Keep design assumptions, RF results, validation evidence and deployment information in one workflow instead of rebuilding the same site across disconnected tools.
PlanFloor plans, materials and requirements
DesignAPs, antennas, bands and 3D geometry
AnalyzeRSSI, SNR, SINR and capacity
OptimizePlacement, channels and scenarios
ValidateSurvey data and RF calibration
DeployPoE, cabling and commissioning
ReportRequirements, evidence and as-built
Platform capabilities
Built around engineering decisions—not isolated buttons.
Tele-Tools groups a growing set of technical capabilities around the questions engineers and network owners actually need to answer.
Analysis & Optimization
Evaluate RF quality, interference, capacity, requirements, placement, channels and alternative designs.
See analysis capabilitiesSurvey & Validation
Bring measured WLAN data back into the model and quantify prediction error before controlled calibration.
See validation capabilitiesInfrastructure & Deployment
Connect AP design to switching, PoE, cabling, BOM, installation and as-built acceptance.
See deployment capabilitiesAdvanced Wireless
Extend the project into Wi-Fi 7, spectrum, outdoor/GIS, BLE, UWB, IoT and Private 5G workflows.
See advanced capabilitiesEngineering Copilot
Explain deterministic outputs, surface failed requirements and help engineers understand design tradeoffs.
Ask about Tele-ToolsEngineering integrity
AI can explain the design. It cannot invent the RF.
Propagation, capacity, compliance and validation values come from the platform's deterministic engineering engines. AI assistance is an interpretation layer, not a replacement for calculated evidence.
2D + 3DOne shared project geometry
RF + fieldPrediction connected to measurement
Pass / failRequirements made explicit
Private coreSensitive logic stays server-side
Designed for real environments
From small projects to complex wireless estates.
Choose a workflow by environment and client behavior, then define requirements that match the site's real devices, applications and mobility needs.
Enterprise offices
Coverage, capacity, meeting spaces, roaming and redundant service.
Warehouses
Scanner mobility, high racks, long aisles and industrial client constraints.
Healthcare
Availability, voice mobility, clinical areas and strict acceptance criteria.
Consultants & MSPs
Reusable workflows, design comparison, evidence and professional reports.
Start with a floor plan. Finish with engineering evidence.
Request Free access or sign in to continue an existing Tele-Tools project.